1 /* src/vm/jit/sparc64/codegen.h - code generation macros and definitions for
4 Copyright (C) 1996-2005, 2006, 2007 R. Grafl, A. Krall, C. Kruegel,
5 C. Oates, R. Obermaisser, M. Platter, M. Probst, S. Ring,
6 E. Steiner, C. Thalinger, D. Thuernbeck, P. Tomsich, C. Ullrich,
7 J. Wenninger, Institut f. Computersprachen - TU Wien
9 This file is part of CACAO.
11 This program is free software; you can redistribute it and/or
12 modify it under the terms of the GNU General Public License as
13 published by the Free Software Foundation; either version 2, or (at
14 your option) any later version.
16 This program is distributed in the hope that it will be useful, but
17 WITHOUT ANY WARRANTY; without even the implied warranty of
18 MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
19 General Public License for more details.
21 You should have received a copy of the GNU General Public License
22 along with this program; if not, write to the Free Software
23 Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA
26 $Id: codegen.h 4722 2006-04-03 15:36:00Z twisti $
36 #include "vm/jit/jit.h"
38 #include "md-abi.h" /* for INT_NATARG_CNT */
43 s4 nat_argintregs[INT_NATARG_CNT];
45 /* branch defines *************************************************************/
54 /* patcher defines ************************************************************/
56 #define PATCHER_CALL_INSTRUCTIONS 2 /* number of instructions */
57 #define PATCHER_CALL_SIZE 2 * 4 /* size in bytes of a patcher call */
59 #define EXCEPTION_CHECK_INSTRUCTIONS 3 /* number of instructions */
60 #define EXCEPTION_CHECK_SIZE 3 * 4 /* byte size of an exception check */
62 #define PATCHER_NOPS \
69 /* stub defines ***************************************************************/
71 #define COMPILERSTUB_CODESIZE 4 * 4
74 /* additional functions and macros to generate code ***************************/
77 /* MCODECHECK(icnt) */
79 #define MCODECHECK(icnt) \
81 if ((cd->mcodeptr + (icnt) * 4) > cd->mcodeend) \
82 codegen_increase(cd); \
86 #define ALIGNCODENOP \
87 if ((s4) ((ptrint) cd->mcodeptr & 7)) { \
91 #define ALIGN_STACK_SLOTS(slots) \
97 generates an integer-move from register rs to rd.
98 if rs and rd are the same int-register, no code will be generated.
101 #define M_INTMOVE(rs,rd) if (rs != rd) { M_MOV(rs, rd); }
105 generates a double floating-point-move from register (pair) rs to rd.
106 if rs and rd are the same double-register, no code will be generated
109 #define M_DBLMOVE(rs, rd) if (rs != rd) { M_DMOV (rs, rd); }
113 generates a double floating-point-move from pseudo register rs to rd.
114 (ie. lower register of double rs pair to lower register of double rd pair)
115 if rs and rd are the same double-register, no code will be generated
117 #define M_FLTMOVE(rs, rd) if (rs != rd) { M_FMOV (rs, rd); }
121 #define M_COPY(s,d) emit_copy(jd, iptr, (s), (d))
122 #define ICONST(d,c) emit_iconst(cd, (d), (c))
123 #define LCONST(d,c) emit_lconst(cd, (d), (c))
128 /********************** instruction formats ***********************************/
133 /* 3-address-operations: M_OP3
135 * op3 ..... operation
136 * rs1 ..... register number source 1
137 * rs2 ..... register number or constant integer source 2
138 * rd ..... register number destination
139 * imm ..... switch to use rs2 as constant 13bit integer
140 * (REG means: use b as register number)
141 * (IMM means: use b as signed immediate value)
143 #define M_OP3(op,op3,rd,rs1,rs2,imm) \
145 *((u4 *) cd->mcodeptr) = ((((s4) (op)) << 30) | ((rd) << 25) | ((op3) << 19) | ((rs1) << 14) | ((imm)<<13) | (imm?((rs2)&0x1fff):(rs2)) ); \
150 #define M_OP3_GET_RD(x) (((x) >> 25) & 0x1f)
151 #define M_OP3_GET_RS(x) (((x) >> 14) & 0x1f)
152 #define M_OP3_GET_IMM(x) ( (x) & 0x1fff)
154 /* 3-address-operations: M_OP3C
155 * rcond ... condition opcode
156 * rs2 ..... register number or 10bit signed immediate
159 #define M_OP3C(op,op3,rcond,rd,rs1,rs2,imm) \
161 *((u4 *) cd->mcodeptr) = ((((s4) (op)) << 30) | ((rd) << 25) | ((op3) << 19) | ((rs1) << 14) | ((imm)<<13) | \
162 ((rcond) << 10) | (imm?((rs2)&0x3ff):(rs2)) ); \
170 * rs1 .... source reg 1
171 * rs2 .... source reg 2 or immediate shift count (5 or 6 bits long depending whether 32 or 64 bit shift)
173 * imm .... switch for constant
174 * x ...... 0 => 32, 1 => 64 bit shift
176 #define M_SHFT(op,op3,rs1,rs2,rd,imm,x) \
178 *((u4 *) cd->mcodeptr) = ( (((s4)(op)) << 30) | ((op3) << 19) | ((rd) << 25) | ((rs1) << 14) | ((imm) << 13) | \
179 ((x) << 12) | (((imm) && (x))?((rs2) & 0x3f):((rs2) & 0x1f)) ); \
187 * cond ... condition opcode
188 * rs2 .... source 2 or signed 11-bit constant
190 * imm .... switch for constant
191 * cc{0-2} 32-bit 64-bit or fp condition
193 #define M_FMT4(op,op3,rd,rs2,cond,cc2,cc1,cc0,imm) \
195 *((u4 *) cd->mcodeptr) = ( (((s4)(op)) << 30) | ((op3) << 19) | ((rd) << 25) | ((cc2) << 18) | ((cond) << 14) | \
196 ((imm) << 13) | ((cc1) << 12) | ((cc0) << 11) | ((rs2) & 0x7ff) ); \
201 #define FR_X(r) (((r)<<1) + 1) /* transpose macro for floats which reside in upper half of double word */
202 #define DR_X(r) ((((r)*2)|(((r)*2)>>5)) & 0x1f) /* transpose & pack double, see SPARC spec. */
204 /* 3-address-floating-point-operation
206 * op3,opf .... function-number
208 * rs1 ... source reg (-1 signals unused)
213 #define M_FOP3(op,op3,opf,rd,rs1,rs2) \
215 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | ((rd)<<25) | ((op3)<<19) | ((((rs1)==-1)?0:(rs1)) << 14) | \
216 ((opf)<<5) | (rs2) ); \
219 /* float addressing */
220 #define M_FOP3_FX(op,op3,opf,rd,rs1,rs2) \
222 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | (FR_X(rd)<<25) | ((op3)<<19) | ((((rs1)==-1)?0:FR_X(rs1)) << 14) | \
223 ((opf)<<5) | FR_X(rs2) ); \
226 /* double addressing */
227 #define M_FOP3_DX(op,op3,opf,rd,rs1,rs2) \
229 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | (DR_X(rd)<<25) | ((op3)<<19) | ((((rs1)==-1)?0:DR_X(rs1)) << 14) | \
230 ((opf)<<5) | DR_X(rs2) ); \
234 /* 3-address-floating-point-compare-operation
236 * op3,opf .... function-number
237 * fcc ... floating point condition code (fcc0 - fcc3)
243 #define M_FCMP_DX(op,op3,opf,fcc,rs1,rs2) \
245 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | ((fcc)<<25) | ((op3)<<19) | (DR_X(rs1) << 14) | \
246 ((opf)<<5) | DR_X(rs2) ); \
250 #define M_FCMP_FX(op,op3,opf,fcc,rs1,rs2) \
252 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | ((fcc)<<25) | ((op3)<<19) | (FR_X(rs1) << 14) | \
253 ((opf)<<5) | FR_X(rs2) ); \
257 /**** format 2 operations ********/
259 /* branch on integer reg instruction
261 rcond ...... condition to be tested
262 disp16 ... 16-bit relative address to be jumped to (divided by 4)
263 rs1 ..... register to be tested
264 p ..... prediction bit
265 anul .... annullment bit
267 #define M_BRAREG(op,rcond,rs1,disp16,p,anul) \
269 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | ((anul)<<29) | (0<<28) | ((rcond)<<25) | (3<<22) | \
270 ( ((disp16)& 0xC000) << 6 ) | (p << 19) | ((rs1) << 14) | ((disp16)&0x3fff) ); \
275 /* branch on integer reg instruction
277 cond ...... condition to be tested
278 disp19 ... 19-bit relative address to be jumped to (divided by 4)
279 ccx ..... 32(0) or 64(2) bit test
280 p ..... prediction bit
281 anul .... annullment bit
283 #define M_BRACC(op,op2,cond,disp19,ccx,p,anul) \
285 *((u4 *) cd->mcodeptr) = ( (((s4)(op))<<30) | ((anul)<<29) | ((cond)<<25) | (op2<<22) | (ccx<<20) | \
286 (p << 19 ) | ((disp19) & 0x007ffff) ); \
291 /************** end-user instructions (see a SPARC asm manual) ***************/
293 #define M_SETHI(imm22, rd) \
295 *((u4 *) cd->mcodeptr) = ((((s4)(0x00)) << 30) | ((rd) << 25) | ((0x04)<<22) | ((imm22)&0x3FFFFF) ); \
299 #define M_NOP M_SETHI(0,0) /* nop */
301 #define M_AND(rs1,rs2,rd) M_OP3(0x02,0x01,rd,rs1,rs2,REG) /* 64b c = a & b */
302 #define M_AND_IMM(rs1,rs2,rd) M_OP3(0x02,0x01,rd,rs1,rs2,IMM)
303 #define M_ANDCC(rs1,rs2,rd) M_OP3(0x02,0x11,rd,rs1,rs2,REG)
304 #define M_ANDCC_IMM(rs1,rs2,rd) M_OP3(0x02,0x11,rd,rs1,rs2,IMM)
306 #define M_OR(rs1,rs2,rd) M_OP3(0x02,0x02,rd,rs1,rs2,REG) /* rd = rs1 | rs2 */
307 #define M_OR_IMM(rs1,rs2,rd) M_OP3(0x02,0x02,rd,rs1,rs2,IMM)
308 #define M_XOR(rs1,rs2,rd) M_OP3(0x02,0x03,rd,rs1,rs2,REG) /* rd = rs1 ^ rs2 */
309 #define M_XOR_IMM(rs1,rs2,rd) M_OP3(0x02,0x03,rd,rs1,rs2,IMM)
311 #define M_MOV(rs,rd) M_OR(REG_ZERO, rs, rd) /* rd = rs */
312 #define M_CLR(rd) M_OR(REG_ZERO,REG_ZERO,rd) /* rd = 0 */
316 #define M_SLLX(rs1,rs2,rd) M_SHFT(0x02,0x25,rs1,rs2,rd,REG,1) /* 64b rd = rs << rs2 */
317 #define M_SLLX_IMM(rs1,rs2,rd) M_SHFT(0x02,0x25,rs1,rs2,rd,IMM,1)
318 #define M_SLL(rs1,rs2,rd) M_SHFT(0x02,0x25,rs1,rs2,rd,REG,0) /* 32b rd = rs << rs2 */
319 #define M_SLL_IMM(rs1,rs2,rd) M_SHFT(0x02,0x25,rs1,rs2,rd,IMM,0)
320 #define M_SRLX(rs1,rs2,rd) M_SHFT(0x02,0x26,rs1,rs2,rd,REG,1) /* 64b rd = rs >>>rs2 */
321 #define M_SRLX_IMM(rs1,rs2,rd) M_SHFT(0x02,0x26,rs1,rs2,rd,IMM,1)
322 #define M_SRL(rs1,rs2,rd) M_SHFT(0x02,0x26,rs1,rs2,rd,REG,0) /* 32b rd = rs >>>rs2 */
323 #define M_SRL_IMM(rs1,rs2,rd) M_SHFT(0x02,0x26,rs1,rs2,rd,IMM,0)
324 #define M_SRAX(rs1,rs2,rd) M_SHFT(0x02,0x27,rs1,rs2,rd,REG,1) /* 64b rd = rs >> rs2 */
325 #define M_SRAX_IMM(rs1,rs2,rd) M_SHFT(0x02,0x27,rs1,rs2,rd,IMM,1)
326 #define M_SRA(rs1,rs2,rd) M_SHFT(0x02,0x27,rs1,rs2,rd,REG,0) /* 32b rd = rs >> rs2 */
327 #define M_SRA_IMM(rs1,rs2,rd) M_SHFT(0x02,0x27,rs1,rs2,rd,IMM,0)
329 #define M_ISEXT(rs,rd) M_SRA(rs,REG_ZERO,rd) /* sign extend 32 bits*/
332 #define M_ADD(rs1,rs2,rd) M_OP3(0x02,0x00,rd,rs1,rs2,REG) /* 64b rd = rs1 + rs2 */
333 #define M_ADD_IMM(rs1,rs2,rd) M_OP3(0x02,0x00,rd,rs1,rs2,IMM)
334 #define M_SUB(rs1,rs2,rd) M_OP3(0x02,0x04,rd,rs1,rs2,REG) /* 64b rd = rs1 - rs2 */
335 #define M_SUB_IMM(rs1,rs2,rd) M_OP3(0x02,0x04,rd,rs1,rs2,IMM)
336 #define M_MULX(rs1,rs2,rd) M_OP3(0x02,0x09,rd,rs1,rs2,REG) /* 64b rd = rs1 * rs2 */
337 #define M_MULX_IMM(rs1,rs2,rd) M_OP3(0x02,0x09,rd,rs1,rs2,IMM)
338 #define M_DIVX(rs1,rs2,rd) M_OP3(0x02,0x2d,rd,rs1,rs2,REG) /* 64b rd = rs1 / rs2 */
340 #define M_SUBcc(rs1,rs2,rd) M_OP3(0x02,0x14,rd,rs1,rs2,REG) /* sets xcc and icc */
341 #define M_SUBcc_IMM(rs1,rs2,rd) M_OP3(0x02,0x14,rd,rs1,rs2,IMM) /* sets xcc and icc */
345 /**** compare and conditional ALU operations ***********/
347 #define M_CMP(rs1,rs2) M_SUBcc(rs1,rs2,REG_ZERO)
348 #define M_CMP_IMM(rs1,rs2) M_SUBcc_IMM(rs1,rs2,REG_ZERO)
351 /* move integer register on (64-bit) condition */
353 #define M_XCMOVEQ(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x1,1,1,0,REG) /* a==b ? rd=rs */
354 #define M_XCMOVNE(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x9,1,1,0,REG) /* a!=b ? rd=rs */
355 #define M_XCMOVLT(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x3,1,1,0,REG) /* a<b ? rd=rs */
356 #define M_XCMOVGE(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0xb,1,1,0,REG) /* a>=b ? rd=rs */
357 #define M_XCMOVLE(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x2,1,1,0,REG) /* a<=b ? rd=rs */
358 #define M_XCMOVGT(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0xa,1,1,0,REG) /* a>b ? rd=rs */
359 #define M_XCMOVULE(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x4,1,1,0,REG) /* a<=b ? rd=rs (u)*/
361 #define M_XCMOVEQ_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x1,1,1,0,IMM) /* a==b ? rd=rs */
362 #define M_XCMOVNE_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x9,1,1,0,IMM) /* a!=b ? rd=rs */
363 #define M_XCMOVLT_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x3,1,1,0,IMM) /* a<b ? rd=rs */
364 #define M_XCMOVGE_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0xb,1,1,0,IMM) /* a>=b ? rd=rs */
365 #define M_XCMOVLE_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x2,1,1,0,IMM) /* a<=b ? rd=rs */
366 #define M_XCMOVGT_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0xa,1,1,0,IMM) /* a>b ? rd=rs */
367 #define M_XCMOVULE_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x4,1,1,0,IMM) /* a<=b ? rd=rs (u)*/
369 /* move integer register on (fcc0) floating point condition */
371 #define M_CMOVFGT_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x6,0,0,0,IMM) /* fa>fb ? rd=rs */
372 #define M_CMOVFLT_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x4,0,0,0,IMM) /* fa<fb ? rd=rs */
373 #define M_CMOVFEQ_IMM(rs,rd) M_FMT4(0x2,0x2c,rd,rs,0x9,0,0,0,IMM) /* fa==fb ? rd=rs */
375 /* move integer register on (32-bit) condition */
379 /* move integer register on register condition */
381 #define M_CMOVREQ(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x1,rd,rs1,rs2,REG) /* rs1==0 ? rd=rs2 */
382 #define M_CMOVRNE(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x5,rd,rs1,rs2,REG) /* rs1!=0 ? rd=rs2 */
383 #define M_CMOVRLE(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x2,rd,rs1,rs2,REG) /* rs1<=0 ? rd=rs2 */
384 #define M_CMOVRLT(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x3,rd,rs1,rs2,REG) /* rs1<0 ? rd=rs2 */
385 #define M_CMOVRGT(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x6,rd,rs1,rs2,REG) /* rs1>0 ? rd=rs2 */
386 #define M_CMOVRGE(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x7,rd,rs1,rs2,REG) /* rs1>=0 ? rd=rs2 */
388 #define M_CMOVREQ_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x1,rd,rs1,rs2,IMM) /* rs1==0 ? rd=rs2 */
389 #define M_CMOVRNE_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x5,rd,rs1,rs2,IMM) /* rs1!=0 ? rd=rs2 */
390 #define M_CMOVRLE_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x2,rd,rs1,rs2,IMM) /* rs1<=0 ? rd=rs2 */
391 #define M_CMOVRLT_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x3,rd,rs1,rs2,IMM) /* rs1<0 ? rd=rs2 */
392 #define M_CMOVRGT_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x6,rd,rs1,rs2,IMM) /* rs1>0 ? rd=rs2 */
393 #define M_CMOVRGE_IMM(rs1,rs2,rd) M_OP3C(0x2,0x2f,0x7,rd,rs1,rs2,IMM) /* rs1>=0 ? rd=rs2 */
396 /**** big constant helpers *********/
398 /* #define FITS_13BIT_IMM(x) ((x >= -4096) && (x <= 4095)) */
400 bool fits_13(s4 disp);
401 s4 get_lopart_disp(s4 disp);
403 #define abs(x) ((x) < 0 ? (-(x)) : (x))
405 #define sethi_part(x) ((x)>>10)
406 #define setlo_part(x) ((x) & 0x3ff)
408 #define DO_SETHI_REG(c,rd) \
411 M_SETHI(sethi_part(c), rd); \
412 if (setlo_part(c)) { \
413 M_OR_IMM(rd, setlo_part(c), rd); \
417 M_SETHI(sethi_part(~c), rd); \
418 M_XOR_IMM(rd, setlo_part(c) | 0xffffffffffff1c00, rd); \
422 #define DO_SETHI_PART(c,rs,rd) \
425 M_SETHI(sethi_part(c), rd); \
429 M_SETHI(sethi_part(-c), rd); \
431 assert(sethi_part(c) != 0xf); \
438 #define M_LDA(rd,rs,disp) \
440 if (fits_13(disp)) { \
441 M_AADD_IMM(rs,disp,rd); \
444 DO_SETHI_REG(disp,rd); \
449 /**** load/store operations ********/
451 #define M_SLDU(rd,rs,disp) M_OP3(0x03,0x02,rd,rs,disp,IMM) /* 16-bit load, uns*/
452 #define M_SLDS(rd,rs,disp) M_OP3(0x03,0x0a,rd,rs,disp,IMM) /* 16-bit load, sig*/
453 #define M_BLDS(rd,rs,disp) M_OP3(0x03,0x09,rd,rs,disp,IMM) /* 8-bit load, sig */
456 #define M_LDX_INTERN(rd,rs,disp) M_OP3(0x03,0x0b,rd,rs,disp,IMM) /* 64-bit load, sig*/
457 #define M_LDX(rd,rs,disp) \
459 if (fits_13(disp)) { \
460 M_LDX_INTERN(rd,rs,disp); \
463 DO_SETHI_PART(disp,rs,rd); \
464 M_LDX_INTERN(rd,rd,get_lopart_disp(disp)); \
468 #define M_ILD_INTERN(rd,rs,disp) M_OP3(0x03,0x08,rd,rs,disp,IMM) /* 32-bit load, sig */
469 #define M_ILD(rd,rs,disp) \
471 if (fits_13(disp)) { \
472 M_ILD_INTERN(rd,rs,disp); \
475 DO_SETHI_PART(disp,rs,rd); \
476 M_ILD_INTERN(rd,rd,get_lopart_disp(disp)); \
482 #define M_SST(rd,rs,disp) M_OP3(0x03,0x06,rd,rs,disp,IMM) /* 16-bit store */
483 #define M_BST(rd,rs,disp) M_OP3(0x03,0x05,rd,rs,disp,IMM) /* 8-bit store */
485 /* Stores with displacement overflow should only happen with PUTFIELD or on */
486 /* the stack. The PUTFIELD instruction does not use REG_ITMP3 and a */
487 /* reg_of_var call should not use REG_ITMP3!!! */
489 #define M_STX_INTERN(rd,rs,disp) M_OP3(0x03,0x0e,rd,rs,disp,IMM) /* 64-bit store */
490 #define M_STX(rd,rs,disp) \
492 if (fits_13(disp)) { \
493 M_STX_INTERN(rd,rs,disp); \
496 DO_SETHI_PART(disp,rs,REG_ITMP3); \
497 M_STX_INTERN(rd,REG_ITMP3,setlo_part(disp)); \
503 #define M_IST_INTERN(rd,rs,disp) M_OP3(0x03,0x04,rd,rs,disp,IMM) /* 32-bit store */
504 #define M_IST(rd,rs,disp) \
506 if (fits_13(disp)) { \
507 M_IST_INTERN(rd,rs,disp); \
510 DO_SETHI_PART(disp,rs,REG_ITMP3); \
511 M_IST_INTERN(rd,REG_ITMP3,setlo_part(disp)); \
517 /**** branch operations ********/
518 /* XXX prediction and annul bits currently set to defaults, but could be used for optimizations */
520 /* branch on integer register */
522 #define M_BEQZ(r,disp) M_BRAREG(0x0,0x1,r,disp,1,0) /* br r == 0 */
523 #define M_BLEZ(r,disp) M_BRAREG(0x0,0x2,r,disp,1,0) /* br r <= 0 */
524 #define M_BLTZ(r,disp) M_BRAREG(0x0,0x3,r,disp,1,0) /* br r < 0 */
525 #define M_BNEZ(r,disp) M_BRAREG(0x0,0x5,r,disp,1,0) /* br r != 0 */
526 #define M_BGTZ(r,disp) M_BRAREG(0x0,0x6,r,disp,1,0) /* br r > 0 */
527 #define M_BGEZ(r,disp) M_BRAREG(0x0,0x7,r,disp,1,0) /* br r >= 0 */
530 /* branch on (64-bit) integer condition codes */
532 #define M_XBEQ(disp) M_BRACC(0x00,0x1,0x1,disp,2,1,0) /* branch a==b */
533 #define M_XBNE(disp) M_BRACC(0x00,0x1,0x9,disp,2,1,0) /* branch a!=b */
534 #define M_XBGT(disp) M_BRACC(0x00,0x1,0xa,disp,2,1,0) /* branch a>b */
535 #define M_XBLT(disp) M_BRACC(0x00,0x1,0x3,disp,2,1,0) /* branch a<b */
536 #define M_XBGE(disp) M_BRACC(0x00,0x1,0xb,disp,2,1,0) /* branch a>=b */
537 #define M_XBLE(disp) M_BRACC(0x00,0x1,0x2,disp,2,1,0) /* branch a<=b */
538 #define M_XBUGE(disp) M_BRACC(0x00,0x1,0xd,disp,2,1,0) /* br uns a>=b */
539 #define M_XBUGT(disp) M_BRACC(0x00,0x1,0xc,disp,2,1,0) /* br uns a>b */
540 #define M_XBULT(disp) M_BRACC(0x00,0x1,0x5,disp,2,1,0) /* br uns a<b */
542 /* branch on (32-bit) integer condition codes */
544 #define M_BR(disp) M_BRACC(0x00,0x1,0x8,disp,0,1,0) /* branch */
545 #define M_BEQ(disp) M_BRACC(0x00,0x1,0x1,disp,0,1,0) /* branch a==b */
546 #define M_BNE(disp) M_BRACC(0x00,0x1,0x9,disp,0,1,0) /* branch a!=b */
547 #define M_BGT(disp) M_BRACC(0x00,0x1,0xa,disp,0,1,0) /* branch a>b */
548 #define M_BLT(disp) M_BRACC(0x00,0x1,0x3,disp,0,1,0) /* branch a<b */
549 #define M_BGE(disp) M_BRACC(0x00,0x1,0xb,disp,0,1,0) /* branch a>=b */
550 #define M_BLE(disp) M_BRACC(0x00,0x1,0x2,disp,0,1,0) /* branch a<=b */
551 #define M_BULE(disp) M_BRACC(0x00,0x1,0x4,disp,0,1,0) /* br uns a<=b */
552 #define M_BUGT(disp) M_BRACC(0x00,0x1,0xc,disp,0,1,0) /* br uns a>b */
553 #define M_BULT(disp) M_BRACC(0x00,0x1,0x5,disp,0,1,0) /* br uns a<b */
555 /* branch on (fcc0) floating point condition codes */
557 #define M_FBR(disp) M_BRACC(0x00,0x5,0x8,disp,0,1,0) /* branch */
558 #define M_FBU(disp) M_BRACC(0x00,0x5,0x7,disp,0,1,0) /* unordered */
559 #define M_FBG(disp) M_BRACC(0x00,0x5,0x6,disp,0,1,0) /* branch a>b */
560 #define M_FBL(disp) M_BRACC(0x00,0x5,0x4,disp,0,1,0) /* branch a<b */
561 #define M_FBO(disp) M_BRACC(0x00,0x5,0xf,disp,0,1,0) /* br ordered */
565 #define M_SAVE(rs1,rs2,rd) M_OP3(0x02,0x3c,rd,rs1,rs2,IMM)
566 #define M_RESTORE(rs1,rs2,rd) M_OP3(0x02,0x3d,rd,rs1,rs2,IMM)
570 #define M_JMP(rd,rs1,rs2) M_OP3(0x02,0x38,rd, rs1,rs2,REG) /* jump to rs1+rs2, adr of instr. saved to rd */
571 #define M_JMP_IMM(rd,rs1,rs2) M_OP3(0x02,0x38,rd, rs1,rs2,IMM)
572 #define M_RET(rs1,imm) M_OP3(0x02,0x38,REG_ZERO,rs1,imm,IMM) /* a jump which discards the current pc */
574 #define M_RETURN(rs1,imm) M_OP3(0x02,0x39,0,rs1,imm,IMM) /* like ret, but does window restore */
576 /**** floating point operations **/
579 #define M_DMOV(rs,rd) M_FOP3_DX(0x02,0x34,0x02,rd,-1,rs) /* rd = rs */
580 #define M_FMOV(rs,rd) M_FOP3_FX(0x02,0x34,0x01,rd,-1,rs) /* rd = rs */
582 #define M_FMOV_INTERN(rs,rd) M_FOP3(0x02,0x34,0x01,rd,-1,rs) /* rd = rs */
584 #define M_FNEG(rs,rd) M_FOP3_FX(0x02,0x34,0x05,rd,-1,rs) /* rd = -rs */
585 #define M_DNEG(rs,rd) M_FOP3_DX(0x02,0x34,0x06,rd,-1,rs) /* rd = -rs */
587 #define M_FADD(rs1,rs2,rd) M_FOP3_FX(0x02,0x34,0x41,rd,rs1,rs2) /* float add */
588 #define M_DADD(rs1,rs2,rd) M_FOP3_DX(0x02,0x34,0x42,rd,rs1,rs2) /* double add */
589 #define M_FSUB(rs1,rs2,rd) M_FOP3_FX(0x02,0x34,0x045,rd,rs1,rs2) /* float sub */
590 #define M_DSUB(rs1,rs2,rd) M_FOP3_DX(0x02,0x34,0x046,rd,rs1,rs2) /* double sub */
591 #define M_FMUL(rs1,rs2,rd) M_FOP3_FX(0x02,0x34,0x049,rd,rs1,rs2) /* float mul */
592 #define M_DMUL(rs1,rs2,rd) M_FOP3_DX(0x02,0x34,0x04a,rd,rs1,rs2) /* double mul */
593 #define M_FDIV(rs1,rs2,rd) M_FOP3_FX(0x02,0x34,0x04d,rd,rs1,rs2) /* float div */
594 #define M_DDIV(rs1,rs2,rd) M_FOP3_DX(0x02,0x34,0x04e,rd,rs1,rs2) /* double div */
597 /**** compare and conditional FPU operations ***********/
599 /* rd field 0 ==> fcc target unit is fcc0 */
600 #define M_FCMP(rs1,rs2) M_FCMP_FX(0x02,0x35,0x051,0,rs1,rs2) /* compare flt */
601 #define M_DCMP(rs1,rs2) M_FCMP_DX(0x02,0x35,0x052,0,rs1,rs2) /* compare dbl */
603 /* conversion functions */
605 #define M_CVTIF(rs,rd) M_FOP3_FX(0x02,0x34,0x0c4,rd,-1,rs)/* int2flt */
606 #define M_CVTID(rs,rd) M_FOP3(0x02,0x34,0x0c8,DR_X(rd),-1,FR_X(rs)) /* int2dbl */
607 #define M_CVTLF(rs,rd) M_FOP3(0x02,0x34,0x084,FR_X(rd),-1,DR_X(rs)) /* long2flt */
608 #define M_CVTLD(rs,rd) M_FOP3_DX(0x02,0x34,0x088,rd,-1,rs) /* long2dbl */
610 #define M_CVTFI(rs,rd) M_FOP3_FX(0x02,0x34,0x0d1,rd,-1,rs) /* flt2int */
611 #define M_CVTDI(rs,rd) M_FOP3(0x02,0x34,0x0d2,FR_X(rd),-1,DR_X(rs)) /* dbl2int */
612 #define M_CVTFL(rs,rd) M_FOP3(0x02,0x34,0x081,DR_X(rd),-1,FR_X(rs)) /* flt2long */
613 #define M_CVTDL(rs,rd) M_FOP3_DX(0x02,0x34,0x082,rd,-1,rs) /* dbl2long */
615 #define M_CVTFD(rs,rd) M_FOP3(0x02,0x34,0x0c9,DR_X(rd),-1,FR_X(rs)) /* flt2dbl */
616 #define M_CVTDF(rs,rd) M_FOP3(0x02,0x34,0x0c6,FR_X(rd),-1,DR_X(rs)) /* dbl2float */
620 #define M_DLD_INTERN(rd,rs1,disp) M_OP3(0x03,0x23,DR_X(rd),rs1,disp,IMM) /* double (64-bit) load */
621 #define M_DLD(rd,rs,disp) \
623 s4 lo = (short) (disp); \
624 s4 hi = (short) (((disp) - lo) >> 13); \
626 M_DLD_INTERN(rd,rs,lo); \
628 M_SETHI(hi&0x3ffff8,rd); \
630 M_DLD_INTERN(rd,rd,lo); \
633 /* Note for SETHI: sethi has a 22bit imm, only set upper 19 bits */
635 #define M_FLD_INTERN(rd,rs1,disp) M_OP3(0x03,0x20,FR_X(rd),rs1,disp,IMM) /* float (32-bit) load */
636 #define M_FLD(rd,rs,disp) \
638 s4 lo = (short) (disp); \
639 s4 hi = (short) (((disp) - lo) >> 13); \
641 M_FLD_INTERN(rd,rs,lo); \
643 M_SETHI(hi&0x3ffff8,rd); \
645 M_FLD_INTERN(rd,rd,lo); \
650 #define M_FST_INTERN(rd,rs,disp) M_OP3(0x03,0x24,FR_X(rd),rs,disp,IMM) /* float (32-bit) store */
651 #define M_FST(rd,rs,disp) \
653 s4 lo = (short) (disp); \
654 s4 hi = (short) (((disp) - lo) >> 13); \
656 M_FST_INTERN(rd,rs,lo); \
658 M_SETHI(hi&0x3ffff8,REG_ITMP3); \
659 M_AADD(rs,REG_ITMP3,REG_ITMP3); \
660 M_FST_INTERN(rd,REG_ITMP3,lo); \
665 #define M_DST_INTERN(rd,rs1,disp) M_OP3(0x03,0x27,DR_X(rd),rs1,disp,IMM) /* double (64-bit) store */
666 #define M_DST(rd,rs,disp) \
668 s4 lo = (short) (disp); \
669 s4 hi = (short) (((disp) - lo) >> 13); \
671 M_DST_INTERN(rd,rs,lo); \
673 M_SETHI(hi&0x3ffff8,REG_ITMP3); \
674 M_AADD(rs,REG_ITMP3,REG_ITMP3); \
675 M_DST_INTERN(rd,REG_ITMP3,lo); \
682 * Address pseudo instruction
685 #define POINTERSHIFT 3 /* x8 */
688 #define M_ALD_INTERN(a,b,disp) M_LDX_INTERN(a,b,disp)
689 #define M_ALD(rd,rs,disp) M_LDX(rd,rs,disp)
690 #define M_AST_INTERN(a,b,disp) M_STX_INTERN(a,b,disp)
691 #define M_AST(a,b,disp) M_STX(a,b,disp)
692 #define M_AADD(a,b,c) M_ADD(a,b,c)
693 #define M_AADD_IMM(a,b,c) M_ADD_IMM(a,b,c)
694 #define M_ASUB_IMM(a,b,c) M_SUB_IMM(a,b,c)
695 #define M_ASLL_IMM(a,b,c) M_SLLX_IMM(a,b,c)
698 #endif /* _CODEGEN_H */